Normal cell homeostasis relies on the ordered flow of nutrients and substrates through metabolic pathways. Any perturbation of this flow eventually leads to dysfunction, impairment of defense mechanisms, loss of viability and death. High altitude and pathological hypoxia represent a serious and frequent cause for the loss of cell viability. Although organisms customarily respond by triggering adaptive or maladaptive mechanisms, all forms of life eventually succumb to hypoxia if it is severe enough, irrespectively of the primary cause. This paper reviews one of the mechanisms by which organisms respond to hypoxia: erythropoiesis. Although such response is not always beneficial, the discovery of the biochemical mechanisms underlying erythropo...
Systemic inflammation has been observed in sojourners traveling acutely to high-altitude. While chro...
This article outlines the need for a homeostatic response to alterations in cellular oxygenation. It...
Adaptive responses to hypoxia occur in many biological systems. A well-characterized example is the ...
Complex role of protein phosphorylation in gene activation by hypoxia. Mammalian cells are able to s...
Hypoxia is associated with increased erythropoietin (EPO) release to drive erythropoiesis. At high a...
Adaptation to hypoxia is a topic of considerable clinical relevance, as it influences the pathophysi...
Hypoxia is associated with increased erythropoietin (EPO) release to drive erythropoiesis. At high a...
Erythropoiesis is a complex process driving the production of red blood cells. During homeostasis, ...
Erythrocytes are responsible for transporting oxygen to tissue and are essential for the survival of...
Studies of regulation of the haematopoietic growth factor erythropoietin led to the unexpected disco...
The optimal delivery of oxygen to tissues is essential both to ensure adequate energy provision and ...
When humans are exposed to hypoxia, systemic and intracellular changes operate together to minimise ...
responses to hypoxia: molecular and genetic mechanisms of chronic mountain sickness. J. Appl. Physio...
Oxygen homeostasis reflects the constant body requirement to generate energy. Hypoxia (0.1–1% O2), p...
A great many aspects of the anatomy and physiology of large animals are constrained by the need to m...
Systemic inflammation has been observed in sojourners traveling acutely to high-altitude. While chro...
This article outlines the need for a homeostatic response to alterations in cellular oxygenation. It...
Adaptive responses to hypoxia occur in many biological systems. A well-characterized example is the ...
Complex role of protein phosphorylation in gene activation by hypoxia. Mammalian cells are able to s...
Hypoxia is associated with increased erythropoietin (EPO) release to drive erythropoiesis. At high a...
Adaptation to hypoxia is a topic of considerable clinical relevance, as it influences the pathophysi...
Hypoxia is associated with increased erythropoietin (EPO) release to drive erythropoiesis. At high a...
Erythropoiesis is a complex process driving the production of red blood cells. During homeostasis, ...
Erythrocytes are responsible for transporting oxygen to tissue and are essential for the survival of...
Studies of regulation of the haematopoietic growth factor erythropoietin led to the unexpected disco...
The optimal delivery of oxygen to tissues is essential both to ensure adequate energy provision and ...
When humans are exposed to hypoxia, systemic and intracellular changes operate together to minimise ...
responses to hypoxia: molecular and genetic mechanisms of chronic mountain sickness. J. Appl. Physio...
Oxygen homeostasis reflects the constant body requirement to generate energy. Hypoxia (0.1–1% O2), p...
A great many aspects of the anatomy and physiology of large animals are constrained by the need to m...
Systemic inflammation has been observed in sojourners traveling acutely to high-altitude. While chro...
This article outlines the need for a homeostatic response to alterations in cellular oxygenation. It...
Adaptive responses to hypoxia occur in many biological systems. A well-characterized example is the ...